tungsten crankshaft weights
tungsten crankshaft weights

tungsten crankshaft weights

For modern anti-armor warfare, kinetic energy is paramount. NEWLIFE’s tungsten crankshaft weights (APFSDS) are engineered to deliver devastating terminal ballistics. Utilizing proprietary powder metallurgy formulations and severe plastic deformation (swaging) techniques, we produce penetrator cores with extreme density and adiabatic shear banding properties, allowing them to self-sharpen and defeat advanced composite armors.
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Product Introduction

 

For modern anti-armor warfare, the delivery of raw kinetic energy is paramount. The

tungsten crankshaft weights(APFSDS) is meticulously engineered to deliver devastating terminal ballistics. Formulated from a specialized Kinetic Energy W-Ni-Fe/Co material class, this component relies on proprietary powder metallurgy formulations combined with swaging processes. This rigorous manufacturing route yields a penetrator core with extreme density and unique adiabatic shear banding properties. These characteristics allow the projectile to actively self-sharpen as it penetrates, decisively defeating advanced composite armors that would otherwise shatter conventional munitions.

 

Technical Parameters & Manufacturing Capability

 

Material Class

Density (g/cm³)

Tensile Strength (Swaged)

Hardness

Impact Toughness

Kinetic Energy W-Ni-Fe/Co

17.2 – 17.6

≥ 1200 MPa

38 – 45 HRC

Optimized for Armor Penetration

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product-1280-800
product-1280-800

Product Advantages & Features

Adiabatic Shear Capability

Advanced alloy microstructures aggressively promote self-sharpening behavior upon impact, maximizing overall armor penetration depth.

High Kinetic Density

Achieves an extreme density range of 17.2 to 17.6 g/cm³, ensuring maximum kinetic energy retention and flight stability over long distances.

Extreme Tensile Strength

Post-sintering swaging processes physically align the tungsten grain structure, drastically increasing mechanical strength to ≥ 1200 MPa to easily withstand massive launch acceleration.

Optimized Hardness Range

Carefully controlled hardness levels between 38 and 45 HRC provide the absolute rigidity required to pierce heavy composite layers.

Tailored Impact Toughness

The metallurgical matrix is explicitly optimized for armor penetration, guaranteeing the core remains structurally intact through the violent initial impact shockwave.

High-Volume Scalability

Backed by massive production infrastructure designed to support continuous, large-scale defense procurement contracts with highly reliable lead times.

Application Scenarios

The dense kinetic properties of the tungsten crankshaft weights are vital for various defense platforms:

 

  • Main Battle Tank Munitions: Serving as the central kinetic penetrator for heavy APFSDS tank rounds targeting reactive and composite armor systems.
  • Autocannon Ammunition: Integrated into medium-caliber armor-piercing rounds for infantry fighting vehicles to neutralize lightly armored tactical targets.
  • Anti-Materiel Weaponry: Utilized in specialized heavy machine gun ammunition to disable fortified positions, engine blocks, and critical infrastructure.
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